Assessment of physiochemical, heavy metal and indicator bacterial groups in water and soil samples of different oil contaminated regions, Tiruchirappalli city

C. Vinothini, R. Ravikumar
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Abstract

The levels of physiochemical, heavy metal and microbiological pollution in different oil contaminated regions of Tiruchirappalli city were reported in the study. The water and sediment samples from four different oil contaminated regions in Tiruchirappalli city were collected during monsoon 2015. The sampling regions were divided into two category such as heavy oil contaminated regions (oil shed / oil washed regions) and bus stand regions. In oil contaminated water sample, the ranges of pH, TDS, EC, DO, BOD, COD, TA, TH, Ca, Mg, Na, K, HCO3, CO3, Cl, SO4, N-NO2, O-PO4 and oil-grease were 7.4-8.4, 395.4-651.4 mg/L, 670.2-1104.1 μS/cm, 0-1, 3.4-6.4, 5.5-76.9, 14.2-17.4, 74.5-165.4, 24.4-159.9, 16.0-81.5, 8.4-78.4, 24.5-66.3, 21.5-48.9, 86.7-161.4, 0 - 0, 79.5-145.2, 48.5-115.6, 2.3-15.2, 6.2-14.4 and 7.9-15.4 mg/L, respectively. But in soil sample, the ranges of Cd, Cr, Cu, Fe, Ne Pb and Zn were 0.14-0.65, 0.11-0.22, 0.19-0.52, 0.91-3.46, 0.1-0.2, 0.12-0.22, 0.65-1.82 mg/kg, respectively. In oil contaminated water sample, counts of TVC, TC, TS, FC, FS, VC, SAC, SHC and PC were in the range of 21300-126000, 1620-13200, 240-1050, 250-1130, 100-250, 120-180, 80-160, 130-200 and 260-560 CFU/mL, respectively. In soil sample, the TVC, TC, TS, FC, FS, VLO, SC and PC ranges were 56000-218000, 3100-14800, 350-1260, 330-1420, 150-300, 110-240, 120-200, 160-260 and 410-1060 CFU/g, respectively. The results of this study indicated that oil shed regions gor higher pollutions tha bus stand regions. This study gave a special emphasis on the determination of the levels of pollution and also identified the vulnerable regions. Hence, throughout impoundment and continuous monitoring is needed.
蒂鲁奇拉帕利市不同油污染区水体和土壤样品理化、重金属及指示菌群评价
报道了蒂鲁奇拉帕利市不同油区的理化、重金属和微生物污染水平。2015年季风期间,在蒂鲁奇拉帕利市四个不同的石油污染区采集了水和沉积物样本。采样区分为重油污染区(油棚/洗油区)和公交车站区两类。含油水样pH、TDS、EC、DO、BOD、COD、TA、TH、Ca、Mg、Na、K、HCO3、CO3、Cl、SO4、N-NO2、O-PO4、油脂的取值范围分别为7.4 ~ 8.4、395.4 ~ 651.4 Mg /L、670.2 ~ 1104.1 μS/cm、0 ~ 1、3.4 ~ 6.4、5.5 ~ 76.9、14.2 ~ 17.4、74.5 ~ 165.4、24.4 ~ 159.9、16.0 ~ 81.5、8.4 ~ 78.4、24.5 ~ 66.3、21.5 ~ 48.9、86.7 ~ 161.4、0 ~ 0、79.5 ~ 145.2、48.5 ~ 115.6、2.3 ~ 15.2、6.2 ~ 14.4、7.9 ~ 15.4 Mg /L。土壤样品中Cd、Cr、Cu、Fe、Ne、Pb、Zn含量分别为0.14 ~ 0.65、0.11 ~ 0.22、0.19 ~ 0.52、0.91 ~ 3.46、0.1 ~ 0.2、0.12 ~ 0.22、0.65 ~ 1.82 mg/kg。在含油水样中,TVC、TC、TS、FC、FS、VC、SAC、SHC和PC的计数分别在21300 ~ 126000、1620 ~ 13200、240 ~ 1050、250 ~ 1130、100 ~ 250、120 ~ 180、80 ~ 160、130 ~ 200和260 ~ 560 CFU/mL之间。土壤样品中TVC、TC、TS、FC、FS、VLO、SC和PC分别为56000 ~ 218000、3100 ~ 14800、350 ~ 1260、330 ~ 1420、150 ~ 300、110 ~ 240、120 ~ 200、160 ~ 260和410 ~ 1060 CFU/g。研究结果表明,油棚区污染程度高于公交车站区。这项研究特别强调了污染水平的确定,并确定了易受污染的地区。因此,需要在整个蓄水过程中进行连续监测。
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